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BioTek BioSpa Live Cell Analysis System
RUO
The BioTek BioSpa live cell analysis system offers unique benefits for a wide variety of live cell imaging applications in up to 8 microplates or other labware. With 5 imaging modes, the system enables a wide range of microscopy applications.
Capture detailed cellular images, get cell-level analyses for migration and wound healing assays, 3D spheroid formation, and many other kinetic applications. Built-in scheduling, environmental monitoring, and available liquid handling for walk away automation. Multiple users can run simultaneous processes for maximum efficiency in the lab.
Capture detailed cellular images, get cell-level analyses for migration and wound healing assays, 3D spheroid formation, and many other kinetic applications. Built-in scheduling, environmental monitoring, and available liquid handling for walk away automation. Multiple users can run simultaneous processes for maximum efficiency in the lab.
For Research Use Only. Not for use in diagnostic procedures.
- Cell Imaging Multimode Readers
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Product Details
Features
- Five imaging modes within a single, flexible, compact system. Automate workflows with a variety of imaging modes that enable a full range of microscopy applications in microplates, cell culture dishes, flasks, and other labware
- Broad magnification range allows you to capture the level of detail you need, from whole well montage to intracellular detail at 1.25x to 60x. The automated, 6-position turret makes it simple to capture multiple magnifications in a single workflow
- Environmental controls in BioSpa integrate temperature and CO2/O2 control and monitoring, plus humidity monitoring. Stable conditions keep cells healthy, aid in proliferation, and protect cells during kinetic processes
- Automated 6-objective turret provides efficient viewing of a variety of samples at a wide range of magnifications. Capture images automatically at one or more magnifications, within a single experiment
- 3D cell culture analysis with Gen5 software enabled by powerful z-stacking capabilities that capture the important details of 3D cell structure. Z-projection and image analysis and z-stacking montage capability bring powerful processing for 3D biologies
- With the BioTek Cytation cell imaging multimode reader integrated, a laser autofocus method delivers increased reproducibility and speed, while decreasing phototoxicity and photobleaching
- Advanced cell-level analysis with powerful tools like nuclear and cytoplasmic masking. These tools increase efficiency by defining critical, information-rich regions of interest for automated, detailed cellular analysis
- Compact design allows the system to fit inside biosafety cabinets. Partners such as The Baker Company offer a broad range of innovative solutions to provide isolation of cell lines and containment of potentially hazardous agents
Specifications
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How It Works
Applications
Technology
Proprietary Laser Autofocus
Laser autofocus and image-based (or software-based) autofocus are two methods of autofocus widely used in microscopy.
Learn MoreLiterature
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- English
- 23 Nov 2021
- 72.95 KB
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Field Applications Scientists
Learn how our Field Applications Scientists can help you move your science forward … faster!
Tools
Agilent Cell Analysis Publication Database
Search scientific publications by research area, cell type and more.
Videos
Training & Events
Tools and Techniques for Optimizing Cell Proliferation Studies
In this webinar we provide a detailed review of available methods for measuring cell proliferation, with a particular focus on recent assay innovations, including both 2D and 3D formats.
Webinar/Training
A Practical Guide for 3D Cell Culture Systems and Optimizing Spheroid Imaging Assay - Part 1 of 2
3D cell culture systems have become a well-established in vitro experimental approach to model human disease for a broad range of research applications.
Webinar/Training
A Practical Guide for 3D Cell Culture Systems and Optimizing Spheroid Imaging Assay - Part 2 of 2
Three-dimensional (3D) cell culture systems have become a well-established in vitro experimental approach to model human disease for a broad range of research applications.
Webinar/Training
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